You observe bacterial smear using oil immersion lens with a magnification of 100x.
by looking and distinguishing its characteristics.
Take a loop full of bacterial culture and make a smear of it on a grease free slide. Allow it to air dry or heat fix it and then observe under microscope.
Through microscopes.
It needs to be examined microscopically because you can't see the bacteria or virus with your bare eye. The average bacteria is only 0.2 to 2.0 micrometers in size.
The bacteria needs a host so if its not in your body it is not going to live but you could examine your own blood but you'd need certain equipment Same as living organism: it needs the right food and environment.
The live R bacteria acquired a capsule and became live, virulent S bacteria.
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
bacteria can live on its own and it is considered as a animal.
It needs to be examined microscopically because you can't see the bacteria or virus with your bare eye. The average bacteria is only 0.2 to 2.0 micrometers in size.
Microtomes are used to cut very thin slices of a specimen in order to examine the specimen microscopically.
The bacteria needs a host so if its not in your body it is not going to live but you could examine your own blood but you'd need certain equipment Same as living organism: it needs the right food and environment.
repeat sample analysis,check for clots, make a slide of the blood, and examine the slide microscopically if their are clots present then request for a new blood sample.
Bacteria CAN live on Earth.
Staining adds contrast making the bacteria easier to see.
The compound microscope is used to examine cells, bacteria, and other organisms
Bacteria live any place you can think of. (Everywhere.)
The live R bacteria acquired a capsule and became live, virulent S bacteria.
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
yes bacteria does live near the shore
Amorphous Crystals ¤Amorphous urates are found in acid urine. These crystals may appear pink on gross analysis and yellow microscopically (Figure 2-12). These crystals appear as granules in the urine sediment. Amorphous phosphates are found in alkaline urine. These granules are colorless microscopically and also appear granular when viewed microscopically. Occasionally amorphous material may appear in clumps or masses. It may be difficult to distinguish amorphous crystals from bacteria since they may be of the same size when viewed microscopically. However, amorphous crystals are soluble in opposing acid or alkaline solution; bacteria will not. Amorphous urates will also dissolve when heated. cited from: http://www.tetonnm.com/pics/MESSamplePages/1-893441-10-5.pdf retrieved 4/11/2009